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Molecular communication (MC) has offered a method to establish connectivity between micro/nanodevices and construct multiscale heteronetworks within the body. It is beneficial for achieving the ubiquitous connectivity and precise coverage of 6th Generation (6G) networks, while also expanding the service boundaries of traditional communication networks. In this perspective article, we have summarized the existing technological challenges for MC-based heteronetworking in terms of end-to-end trials, which includes MC transmission theories, development of highly integrated microtransceivers, and interoperability between MC systems and conventional cellular systems. Furthermore, some practical and compromised approaches on MC-based heteronetworks have also been given.

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Industrial Perspectives for Molecular Communication in Future Networks

  • 会议论文

  • 发表日期：

    2025年

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  • Guangyi Liu,
  • Lei Kong,
  • Ailing Wang,
  • Qixing Wang,
  • Jianjun Liu,
  • Liang Xia

摘要

Molecular communication (MC) has offered a method to establish connectivity between micro/nanodevices and construct multiscale heteronetworks within the body. It is beneficial for achieving the ubiquitous connectivity and precise coverage of 6th Generation (6G) networks, while also expanding the service boundaries of traditional communication networks. In this perspective article, we have summarized the existing technological challenges for MC-based heteronetworking in terms of end-to-end trials, which includes MC transmission theories, development of highly integrated microtransceivers, and interoperability between MC systems and conventional cellular systems. Furthermore, some practical and compromised approaches on MC-based heteronetworks have also been given.